Note : Les descriptions sont présentées dans la langue officielle dans laquelle elles ont été soumises.
QUICK LIFT ASSEMBLING STORAGE BOX
FIELD OF THE INVENTION
[0001] The present invention relates to the field of a storage box made of
paper, and more
particularly to a storage box that can be assembled quickly by a lifting
method or
disassembled into a flat state, and the invention is capable of reinforcing
the strength of the
storage box.
BACKGROUND OF THE INVENTION
[0002] With reference to FIG. 1 for a conventional storage box made of paper
for the
purpose of printing beautiful patterns, the paper storage box has the drawback
of insufficient
strength, and thus may be deformed easily when heavy objects are stored in the
paper storage
box. To reinforce the strength of the paper storage box, some manufacturers
uses an inner
paper box 101 with a greater thickness as an inner layer or a pad for an
exquisite outer box
102. During an assembling process, the inner box 101 must be adhered onto the
top of the
outer box 102 before the surrounding side boards are erected (or the storage
board is still in
form of a cardboard), and then the plurality of side boards of the outer box
102 are erected
from the surrounding of the bottom board to form a storage box in a three-
dimensional state
and having an accommodation space. However, after such exquisite storage box
is reinforced
and fixed, the storage box cannot be unfolded to return to its flat state.
Therefore, these
conventional storage boxes have the disadvantages of requiring a larger
storage space and
incurring a higher transportation cost.
[0003] With reference to FIG. 2 for a storage box as disclosed in Japan Patent
Publication
No. 200043846, the storage box is formed by cutting and folding a cardboard
integrally, and
the storage box 103 so formed has a double-layer bottom board 104 and a double-
layer side
board 105. Although this storage box can omit the adhesion and fixation steps
and shorten
the assembling time, yet the inner layer and the outer layer are made of the
same cardboard or
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the same material. To facilitate the folding process, the storage box still
has to be made of
thinner cardboard. Even with the double-layer structure, there still has the
doubt of
insufficient strength. If a thicker cardboard is used to form the storage box,
then the storage
box will not be able to be folded and assembled easily. Furthermore, the
folded and
assembled storage box with an engagement portion 106 disposed at the center of
the double-
layer bottom board 104 may have the issue of unsightly protruding from the
position of a
seam 107, and make the storage box not looking exquisite or beautiful.
Furthermore, the
assembled storage box cannot be disassembled easily.
[0004] It is a common practice to assemble the folding storage box into a flat
half-folded
state to facilitate storage and transportation. After the flat half-folded
storage box is
transported to a sales end, the sellers will assemble the flat half-folded
storage box to form a
storage box in a three-dimensional state. However, when the storage box as
disclosed in
Japan Patent Publication No. 200043846 is assembled, the sellers have to
connect the
engagement portions 106 on both sides before the storage box can be assembled.
Such
assembling process is cumbersome, and thus not only increasing the consumer's
waiting time
for packaging, but also affecting the service and management of the related
industry.
[0005] In view of the aforementioned drawbacks of the conventional storage box
such as
the incapability of being folded easily for storage, the inconvenient
assembling procedure, and
the insufficient structural strength, the inventor of the present invention
based on years of
experience in the related industry to conduct extensive research and
experiment, and finally
developed a quick lift assembling storage box to overcome drawbacks of the
prior art.
SUMMARY OF THE INVENTION
[0006] Therefore, it is a primary objective of the present invention to
overcome the
aforementioned drawbacks of the prior art by providing a quick lift assembling
storage box
that allows users to lift and operate a traction support board to drive and
change the folding
box in a flat half-folded state into a folding box in a three-dimensional
state, and the invention
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also allows the assembled storage box to be disassembled into the original
flat state quickly
when not in use. In addition, the traction support board is also provided for
reinforcing the
strength of the folding box.
[0007] To achieve the aforementioned and other objectives, the present
invention provides
a quick lift assembling storage box, comprising: a folding box situated in a
flat half-folded
state and having a traction support board with a thickness greater than that
of the folding box
and movably installed to the top of the folding box, and the folding box
further comprising a
bottom board, and front and rear side boards and left and right side boards
extending
outwardly from four sides of the bottom board respectively, and the left and
right side boards
being inwardly folded to both sides of the bottom board, and a linkage plate
being disposed at
the four corners where the front and rear side boards and the left and right
side boards are
intersected, and the linkage plates being coupled to one another,
characterized in that the outer
edges of the front and rear side boards of the folding box are reversely
folded, extended and
fixed to front and rear reverse folding plates disposed at the front and rear
sides of the traction
support board respectively; the traction support board has front and rear fold
lines for
relatively bending and dividing the traction support board into two movable
support plates
disposed on both front and rear sides, and a bottom support plate is disposed
between the two
movable support plates, and the center of the bottom support plate has a
central fold line
parallel to the front and rear fold lines, and the center of the bottom
support plate further has a
lifting portion provided for a user to apply a force; the lifting portion is
lifted, so that the two
movable support plates drive the front and rear side boards of the folding box
to stand up with
respect to the bottom board, and after the left and right side boards are
dragged by the
plurality of linkage plates to stand up, and then the bottom support plate of
the traction
support board is pressed down, so that the bottom support plate is flatly
superimposed onto
the top of the bottom board, and the two movable support plates are reversely
folded and
superimposed onto the inner sides of the front and rear side boards to
assemble the folding
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box and the traction support board quickly to define a three-dimensional state
with an
accommodation space.
[0008] Compared with the prior art, users may lift and operate the traction
support board to
drive the flat folding box to be assembled into a three-dimensional state
quickly, and pull the
traction support board in a reverse direction when the storage box is not in
use to let the
folding box return to its flat state. In addition, the traction support board
and the folding box
may be made of cardboards of different thicknesses, and such arrangement not
just can lower
the material cost only, but the traction support board also can reinforce the
structural strength
of the folding box. The invention overcomes the drawbacks of the conventional
storage box
such as the incapability of being folded easily for storage, the inconvenient
assembling
procedure.
[0009] The technical contents of the present invention will become apparent
with the
detailed description of preferred embodiments accompanied with the
illustration of related
drawings as follows.
BRIEF DESCRIPTION OF THE DRAWINGS
[00 1 0] FIG. 1 is a schematic view showing the structure of a conventional
exquisite storage
box;
[0011] FIG. 2 is a schematic view showing the structure of a conventional
folding storage
box;
[0012] FIG. 3 is an exploded view of the present invention;
[0013] FIG. 4 is a schematic view of assembling a folding box and a fixed
support plate in
accordance with the present invention;
[0014] FIG. 5 is an exploded view of a folding box in a flat half-folded state
and a traction
support board in accordance with the present invention;
[0015] FIG. 6 is a schematic view of a folding box in a flat half-folded state
combined with
a traction support board in accordance with the present invention;
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[0016] FIG. 7 is a first schematic view of an assembly of the present
invention;
[0017] FIG. 8 is a second schematic view of an assembly of the present
invention;
[0018] FIG. 9 is a third schematic view of an assembly of the present
invention;
[0019] FIG. 10 is a fourth schematic view of an assembly of the present
invention; and
[0020] FIG. 11 is a schematic view of a traction support board and a linkage
plate in
accordance with another embodiment of the present invention.
DESCRIPTION OF THE PREFERRED EMBODIMENTS
[0021] With reference to FIGS. 3 and 4 for a quick lift assembling storage box
of the
present invention, the quick lift assembling storage box comprises a folding
box 1 that can be
folded into a flat half-folded state, and a traction support board 2 that can
drive the folding
box 1 from a half-folded state into a three-dimensional state.
[0022] The folding box 1 is formed by cutting and folding a thinner cardboard
integrally,
and the folding box 1 comprises a bottom board 10, front and rear side boards
20 extending
outwardly from the front and rear sides of the bottom board 10 respectively,
left and right side
boards 30 extending from the left and right sides of the bottom board 10
respectively, and a
linkage plate 40 disposed at four comers formed by the intersections of the
front and rear side
boards 20 and the left and right side boards 30 separately and the linkage
plates 40 are
coupled to one another.
[0023] Left and right reverse folding plates 31 extend from the outer edges of
the left and
right side boards 30 respectively, and the left and right reverse folding
plates 31 are reversely
folded and adhered onto the corresponding left and right side boards 30, or as
shown in the
figure, a fixed support plate 50 with a thickness greater than the cardboard
of the folding box
1 is disposed at the inner sides of the left and right side boards 30
separately, and the left and
right reverse folding plates 31 are reversely folded and adhered to the
corresponding inner
side of the fixed support plate 50.
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[0024] In FIGS. 5 and 6, the left and right side boards 30 of the folding box
1 and the
corresponding fixed support plate 50 are folded towards the center of the
bottom board 10 and
superimposed on the top of the bottom board 10, and each linkage plate 40 is
folded towards
the center of the front and rear side boards 20 and fixed to the top of front
and rear side boards
20 to define a flat half-folded state.
[0025] The traction support board 2 has a thickness greater than the cardboard
of the
folding box 1 and has two movable support plates 60 corresponding to the front
and rear side
boards 20 of the folding box 1, and a bottom support plate 70 corresponding to
the bottom
board 10 of the folding box 1, and the two movable support plates 60 and the
bottom support
plate 70 are divided and formed by both front and rear fold lines 61, and a
central fold line 71
is formed at the center of the bottom support plate 70 and parallel to the
front and rear fold
lines 61, and a lifting portion 72 is disposed at the center of the bottom
support plate 70 and
provided for a user to apply a force.
[0026] The traction support board 2 is superimposed on the left and right side
boards 30 of
the folding box 1 in the half-folded state and the top of the plurality of
linkage plates 40, and
front and rear reverse folding plates 21 extend from the outer edges of the
front and rear side
boards 20 of the folding box 1 respectively and the front and rear reverse
folding plates 21
may be reversely folded and fixed onto the two movable support plates 60 of
the traction
support board 2.
[0027] In FIGS. 7 and 8, a user can lift the lifting portion 72 of the
traction support board 2,
and grip the bottom support plate 70 to apply a force, so that the bottom
support plate 70 is
bent and uplifted along the central fold line 71, and the two movable support
plates 60 are
bent upwardly along both front and rear fold lines 61 with respect to the
bottom support plate
70, while driving the front and rear side boards 20 to stand up with respect
to the bottom
board 10, and the plurality of linkage plates 40 drag the left and right side
boards 30 to be
erected from the corresponding fixed support plate 50.
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[0028] In FIGS. 9 and 10, after the front and rear side boards 20 and the left
and right side
boards 30 stand up, the linkage plate 40 is superimposed on the inner sides of
the front and
rear side boards 20, and the user may press the bottom support plate 70 of the
traction support
board 2 to flatly superimpose the bottom support plate 70 onto the top of the
bottom board 10,
and the two movable support plates 60 are folded reversely and superimposed
onto the front
and rear side boards 20 and the corresponding inner sides of the plurality of
linkage plates 40,
so as to assemble the folding box 1 and the traction support board 2 quickly
to form a storage
box in a three-dimensional state and having an accommodation space.
[0029] When the storage box is not in use, the traction support board 2 may be
lifted from
the top of the bottom board 10 of the folding box 1 in a sequence as shown in
FIGS. 10 to 7
and the traction support board 2 is removed in a reverse direction to let the
folding box 1
return to its flat half-folded state. In addition, the traction support board
and the folding box
are made of cardboards of different thicknesses, and such arrangement not just
reduces the
material cost only, but the traction support board also can reinforce the
structural strength of
the folding box to overcome the drawbacks of the conventional storage box such
as the
incapability of being folded easily for storage, the inconvenient assembling
procedure, and the
insufficient structural strength.
[0030] When the users are familiar with the assembling procedure of the
storage box, the
users can lift the traction support board by one hand as shown in the figure,
so as to assemble
the storage box more quickly. In practice, the lifting portion 72 may be a
drawstring (as
shown in the figure), or a buckle (not shown in the figure), or a through hole
(not shown in the
figure) dug from the bottom support plate, or any other component provided for
the users to
apply a force.
[0031] In FIG. 11, the lifting portion is a lift-up force applying plate 73
formed by a
semicircular cut line 74 disposed at the center of the central fold line 71 of
the bottom support
plate 70, so that the lift-up force applying plate 73 can be erected along the
semicircular cut
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line 74 to stand up with respect to the bottom support plate 70 and provided
for the users to
lift. On the other hand, when the front and rear side boards 20 and the left
and right side
boards 30 are erected, and the bottom support plate 70 is flatly superimposed
onto the top of
the bottom board 10, the lift-up force applying plate 73 can also be flatly
superimposed onto
the top of the bottom board 10, so as to maintain a flat inner bottom surface
of the whole
storage box.
[0032] In addition, the traction support board 2 has a second fold line 62
defined separately
on the two movable support plates 60 and disposed near and parallel to the
front and rear fold
lines 61. When the folding box 1 comes with a relatively larger size, the two
second fold
lines 62 can assist the two movable support plates 60 to be folded reversely
and superimposed
onto the front and rear side boards 20 and the inner sides of the plurality of
linkage plates 40,
so as to facilitate the users to assemble the storage box.
[0033] In FIGS. 3 and 4, each linkage plate 40 has an oblique crease 41
extending in a
diagonal direction, so that the linkage plate 40 is divided into a first
folding plate 42 coupled
to the front and rear side boards 20 and a second folding plate 43 coupled to
the left and right
side boards 30, and the outer side edge of the first folding plate 42 has a
positioning plate 44
facing the front and rear side boards 20, and a cutting line 45 is defined at
the intersection
position of the positioning plate 44 and the first folding plate 42, wherein
the cutting line 45
extends from the outside to the inside until it reaches the oblique crease 41,
so that the
positioning plate 44 is folded towards the front and rear side boards 20 by
using the oblique
crease 41 as the baseline.
[0034] When the folding box 1 is in the flat half-folded state, the inner
sides of the first and
second folding plates 42, 43 of each linkage plate 40 are superimposed onto
the adjacent front
and rear side boards 20 respectively, and the positioning plate 44 is folded
along the oblique
crease 41 and then the outer side of the positioning plate 44 is adhered and
fixed onto the
front and rear side boards 20.
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= [0035] When the front and rear side boards 20 are erected with respect to
the bottom board
10, the first and second folding plates 42, 43 of each linkage plate 40 are
folded along the
oblique crease 41 and then superimposed onto the corresponding inner sides of
the front and
rear side boards 20, so as to drive the left and right side boards 30 to be
erected with respect to
the bottom board 10. During the process of the linkage plate 40 driving the
left and right side
boards 30 to be erected, the positioning plate 44 folded reversely and fixed
to the front side
board or the rear side board can change the direction of the action force
exerted onto the first
folding plate 42 linked with the second folding plate 43 and reduce the
resistance between the
first and second folding plates 42, 43. Therefore, the linkage plate 40 can
smoothly drag the
left and right side boards 30 to be erected.
[0036] In FIG. 11, the linkage plate 40 may also adopt a common folding
method.
Similarly, a user can lift the traction support board 2 to drive the flat
folding box to be
assembled quickly into a three-dimensional state.
[0037] While the present invention has been described by means of specific
embodiments,
numerous modifications and variations could be made thereto by those skilled
in the art
without departing from the scope and spirit of the present invention set forth
in the claims.
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